For 40 years, we’ve helped scientists harness the full potential of biology with next-generation technology. Here we share the latest in automated, end-to-end solutions that span research disciplines to advance scientific discovery and improve the quality of human life worldwide.
Molecular Devices is honored to be designated as a "Lab of the Future" Company
Exhibitors that received the SLAS2024 Lab of the Future designation have demonstrated their ability to provide solutions that go beyond automated instrumentation alone to push the boundaries of current technology and break new ground in achieving complete integration of automated workflows in the lab space.
Take a step ‘back to the future’ and revisit us at SLAS 2024 – explore six posters that feature this groundbreaking innovation and unveil the latest advancements in laboratory research and technology.
Automated cell culture processes powered by imaging are bringing 3D biology to another level
Enable a variety of high-throughput drug discovery and precision medicine applications using an automated cell culture process and end-point assays that enable the scaling up of complex 3D cell-based assays and compound screening.
Many publications advocate the promise of organoids to improve clinical trial success and enable personalized medicine
However, organoid research is suffering from a lack of standardization and high organoid-to-organoid variability.
Read the poster to learn how to deliver consistent, unbiased, and biologically-relevant results at scale. Using the new CellXpress.ai Automated Cell Culture System, we share how to set up and execute iPSC, tumoroid, and adult stem cell-derived organoid workflows to support scientists at every level of their organoid research.
Gri3D® in action: AI-enabled hit selection of drug screening on standardized pancreatic cancer organoids
This webinar will explore every step of the organoid screening pipeline, starting with cell seeding, all the way through treatment, label-free imaging, and analysis. Through close collaboration with Molecular Devices,Doppl SA optimized their pipeline for longitudinally monitoring cultures, combining daily brightfield (BF) images with endpoint Live/Dead assay.
This pioneering method, leveraging multiple innovative platforms, offers a comprehensive understanding of drug effects on tumoroids, and can be performed in an automatable high-throughput fashion.
In this webinar:
Discover how to generate high-quality organoids at scale for optimal imaging conditions, while addressing reproducibility, tissue-loss, and automation
Understand how to perfom screening on organoids in a high-throughput manner
Learn how to perform AI-driven organoid screening based on phenotypic features
Single-cell isolation and imaging are revolutionizing our understanding and manipulation of cellular processes.
Technologies like the DispenCell Single-Cell Dispenser and CloneSelect Imager are pivotal in offering unparalleled precision and efficiency in cell line development and monoclonality verification. These innovative tools are critical for anyone aiming to delve deeper into cellular behaviors and interactions, especially in fields like drug discovery and personalized medicine.
In this on-demand webinar, discover the latest breakthroughs in single-cell isolation and imaging that are reshaping our understanding of cellular processes.
NEW VIDEOS: Introducing SoftMax® Pro 7 Software How-to Videos
We are thrilled to announce the addition of new videos to our SoftMax® Pro Video Gallery! 🎥 Check out our how-to videos from "How to Apply Custom Curve Fit in SoftMax Pro" to "ELISA and How to Export Data into Excel."
Visit our Video Gallery to access these valuable resources and take your SoftMax Pro experience to the next level. Don't miss out on these opportunities to enhance your scientific workflows!
Ready to revolutionize your drug discovery research?
Our latest eBook, "Mastering Optimal Plate Reader Assays," is your key to unlocking new possibilities. Discover how to optimize protein, DNA, and cell-based assays for unmatched data quality. Maximize sensitivity and specificity, assess cardiotoxicity, explore neurotransmitter transporter uptake, and more.
Discover how to:
Conduct cell viability assays with optimal sensitivity and specificity
Assess cardiotoxicity and prioritize leads in the early stages of drug discovery
Explore neurotransmitter transporter uptake for a deeper understanding of depression and neurodegenerative diseases
Maximize the potential of cAMP/cGMP signaling, calcium mobilization, fatty acid uptake, and more
Learn from real-world case studies and gain a competitive edge in your research
Download the NEW eBook now and accelerate your path to groundbreaking discoveries
Advanced Analysis on Action Potentials using Axon pCLAMP™ software
In case you missed it, or would just like to re-watch the event, our recent webinar, Advanced Analysis on Action Potentials using Axon pCLAMP software is now available to view on demand.
In this webinar, join Dr. Jeffrey Tang from Molecular Devices as he demonstrates how to perform precise measurement on action potentials and highlights improved features of the advanced Action Potential Search.
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